CN202639572U - High frequency induction soldering machine - Google Patents
High frequency induction soldering machine Download PDFInfo
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- CN202639572U CN202639572U CN 201220344070 CN201220344070U CN202639572U CN 202639572 U CN202639572 U CN 202639572U CN 201220344070 CN201220344070 CN 201220344070 CN 201220344070 U CN201220344070 U CN 201220344070U CN 202639572 U CN202639572 U CN 202639572U
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- frequency induction
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Abstract
The utility model discloses a high frequency induction soldering machine which comprises a wire clamping jig, a first moving mechanism, a high frequency induction welding device and a second moving mechanism, wherein the wire clamping jig is provided with a clamping mechanism which is used for clamping a piece to be welded; the first moving mechanism is connected with the wire clamping jig; the high frequency induction welding device comprises a welding cutter component and a high frequency induction generating device, wherein the welding cutter component is used for welding the piece to be welded, and the high frequency induction generating device is used for providing high frequency induction for the welding cutter component; the second moving mechanism is connected with the welding cutter component; the wire clamping jig is driven to move by the first moving mechanism, so that the piece to be welded has a position exposed to the welding cutter component and a position extending outside a housing; and the welding cutter component is driven to move by the second moving mechanism, so that the welding cutter component has a position which comes into contact with the piece to be welded. According to the soldering machine disclosed by the utility model, the wire clamping jig is driven to extend outside the housing by the first moving mechanism, so as to manually arrange the piece to be welded, after manual arrangement, the wire clamping jig is driven to move to the welding position, and at this time, the welding cutter component is driven for welding by the second moving mechanism.
Description
Technical field
The utility model patent relates to a kind of high-frequency induction scolding tin equipment, especially a kind of high-frequency induction scolding tin equipment that relates to the welding that is applied between bonder terminal and the heart yearn.
Background technology
The requirement on electric performance of HDMI is very high, and especially the characteristic requirements of superelevation Digital Transmission frequency is higher, so cable is extremely important with the welding quality of connector.The existing soldering appliance electric iron of HDMI, Kazakhstan bar weldering and IR welding all belong to traditional heat exchange pattern, it dissolves tin by heating to carry out soldering, it is unfavorable that the conduction pattern heating is removed the oxide layer of metal surface, unsatisfactory, and HFI welding is leg, the metal surface of cable head and plug PIN pin self-heating under the effect of high-frequency induction eddy current, and under the effect of scaling powder, be easy to remove oxide layer, reduce metal oxide, electrical property will improve a lot, so HFI welding is preferably welding manner of HDMI.
In the prior art, the high-frequency induction heating principle derives from the electromagnetic induction phenomenon that faraday finds, that is to say the conductor of the elect magnetic field that is in alternation, understand in himself body producing induced-current, thereby the resistance that induced-current overcomes in the conductor makes conductor temp .-elevating, this is a kind of inner heat source, belong to the noncontact mode of heating, because the skin characteristic that becomes of high frequency electric, therefore, frequency is higher, and the outer surface of conductor is faster than the temperature rise meeting in its body.It has fast, cleaning, energy-conservation, easily be automated and have a production efficiency high, it is to the surface of heating and the selection of the degree of depth, the flexibility of height is arranged, its loss is extremely low, do not produce any physical contamination, very high power density can be provided, common bonder terminal and the welding equipment between the heart yearn, to adopt resistance-type, the mode of heating such as infrared ray and high-frequency induction heating heats tin cream or the pre-tin silk that pastes, it is to make first tin cream (or tin silk) melt wetting terminal and heart yearn, then in when cooling terminal and heart yearn are combined and realize welding, it is observed workpiece by operator's naked eyes, this welding equipment easily causes solder shorts between terminal and the heart yearn, failure welding, dry joint and rosin joint, especially small-sized in welded H DMI-D type etc., during miniature connector, by visually observing the decline with efficient of increasing considerably that can cause defective products; And general high-frequency induction scolding tin equipment, its operate portions can not realize the effective clamping to workpiece, also easily causes failure welding between terminal and the heart yearn, sealing-off short circuit, dry joint and rosin joint; Technology is also unreasonable to electricity, the magnetic loop control of high frequency transformer now, and the conversion of its electricity, magnetic, thermal energy can not be controlled effectively, and easily causes the excess loss of power; Its executing agency unreasonable more easily caused the regular fault of equipment and damage.
The utility model content
The utility model is in order to solve problems of the prior art, and for the wire rod industry provides a kind of lift high-frequency induction scolding tin machine, it is simple in structure, and is easy to operate, has both alleviated workman's labour intensity, has improved again the percentage of A-class goods of production efficiency and product.
For achieving the above object, the technical solution of the utility model is: a kind of high-frequency induction scolding tin machine, the cabinet housing, and the mechanical assembly that is positioned at the cabinet housing, the high frequency induction welding connection device, and for controlling mechanical assembly, the control module of high frequency induction welding connection device, and the display setting system that is used for setting running parameter that is arranged on the chassis shell external body, described high frequency induction welding connection device comprises be used to the weldering knife assembly that welds weldment to be welded, and the high frequency generating apparatus that high-frequency induction is provided for the weldering knife assembly, described mechanical assembly comprises
Wire clip fixture, described wire clip fixture has the clamping device that weldment is treated in clamping;
The first travel mechanism, described the first travel mechanism is connected with wire clip fixture;
The second travel mechanism, described the second travel mechanism be connected knife assembly and connect;
Described the first travel mechanism driving wire clip fixture moves and makes treats that weldment has a position that is exposed to the weldering knife assembly, and one is stretched out the external position of chassis shell;
Described the second travel mechanism driving weldering knife assembly moves and makes it have the position that weldment is treated in a contact.
Preferably, described the first travel mechanism is vertical movement mechanism, comprises lift cylinder, and described wire clip fixture is connected the axle head of exerting oneself and is connected with lift cylinder; Described the second travel mechanism is horizontal mobile mechanism, comprises gas pawl cylinder, and described weldering knife assembly is two, connects respectively two gas pawls of gas pawl cylinder; Described lift cylinder drives wire clip fixture decline makes it have positions that are positioned at two weldering knife assembly centers.
Preferably, be fixed with a main floor in the described cabinet housing, left and right two ends are fixed with respectively a left sliding gripper shoe, right sliding gripper shoe on the main floor, and described two weldering knife assemblies are slidingly matched with left sliding gripper shoe, right sliding gripper shoe respectively.
Preferably, described two weldering knife assemblies comprise respectively the broach shell seat that is slidingly matched with left and right sliding gripper shoe, and are connected to the weldering cutter on the broach shell seat.
Preferably, described broach shell seat comprises the operator block set, also comprises for the secondary broach shell seat that connects the weldering cutter, and described secondary broach shell seat and operator block set be arranged in parallel, and connects with the step-like protruding elasticity in the block set end of being connected.
Preferably, described operator block set is slidingly matched by the guide rail that arranges on a guide-track groove and left sliding gripper shoe, the right sliding gripper shoe; Described gas pawl cylinder is located at the below of main floor, and connects by the end of gas pawl cylinder-driven bar and the block set of being connected.
Preferably, described wire clip fixture comprises heart yearn clamping part and terminal clamping part, and described heart yearn clamping part comprises heart yearn clamping part body, and the two ends of described heart yearn clamping part body top are respectively equipped with a step-like projection, and described raised central portion is provided with cable clamping interface; Described terminal clamping part comprises terminal clamping part body, and described terminal clamping part body middle part is provided with the groove that be used for engaging terminal corresponding with cable clamping interface.
Preferably, described wire clip fixture removably be connected travel mechanism and connect.
Preferably, also be provided with on the described housing for will treating that the weldment solder side carries out the camera head of micro-amplification, and be used for the display unit that displays it.
Tin soldering machine described in the utility model, the first travel mechanism drives wire clip fixture and rises on the driving water plane of cabinet housing, artificial placement workpiece to be welded, after finishing, lift cylinder drives the heart yearn on the wire clip fixture, bonder terminal descends, make wire clip fixture drop to the welding position, after arriving the welding position, the second travel mechanism drives the weldering knife assembly and welds, two gas pawls of gas pawl cylinder drive the weldering knife assembly by gas pawl cylinder-driven bar and do and clamp action, make the solder joint for the treatment of of weldering cutter compressing heart yearn and bonder terminal and since the operator block set be connected the elasticity of broach shell seat and connect, so that weld cutter when solder joint is treated in compressing, spring is crushed out of shape.At this moment, the high-frequency induction generating means provides high frequency electric for the weldering cutter, so that melts soldering tin is welded.Because scolding tin has certain thickness, in melts soldering tin, under the elastic-restoring force of spring, weldering cutter on the secondary broach shell seat further compresses and treats solder joint, after solder cools is solidified, just can form very unified beautiful solder joint, this is that manual welding is beyond one's reach, so that the quality of welding improves greatly.
Also be provided with on the described housing and treat the camera head that the weldment solder side is taken and amplified, and for the display unit that displays it, camera head will treat that the image of solder joint further amplifies its image by processor and is sent in the display unit, can clearly see the effect of wiring, be convenient in time pinpoint the problems, thereby improve the qualification rate of finished product.
Tin soldering machine described in the utility model, can be provided with the instrument of the display device duties such as counter, cumulative timer, input current table, output current table, also can adopt touch screen human-computer interface, display setting device is set, comprise the setting of welding parameters, as: bonding power is set; Heating is set weld interval; Time work period is set.Described welder comprises high frequency magnet exciting coil and U-iron ferrite core, magnet exciting coil is above the U-iron ferrite core, and be evenly distributed in the FERRITE CORE two ends, movable blade shape plumb joint is close on the plane at two ends, it is weldering cutter described in the utility model, the electric current of high frequency magnet exciting coil is supplied with by high-frequency current generator.
Description of drawings
Fig. 1 shows the structural representation of the utility model high-frequency induction scolding tin machine machinery assembly.
Fig. 2-Fig. 4 shows the connection diagram of the part parts of tin soldering machine among Fig. 1.
Fig. 5 shows the work schematic diagram of the utility model tin soldering machine.
Fig. 6 shows the structural representation of wire clip fixture among Fig. 1.
The specific embodiment
Below in conjunction with accompanying drawing the specific embodiment of the present utility model is described further.
With reference to figure 1-Fig. 6, a kind of high-frequency induction scolding tin machine 1 that the utility model provides, comprise the cabinet housing, and the mechanical assembly, the high frequency induction welding connection device that are positioned at the cabinet housing, and be used for controlling the control module of mechanical assembly, high frequency induction welding connection device, and the display setting system that is used for setting running parameter that is arranged on the chassis shell external body.
Be arranged on the wire clip fixture 6 on the lift cylinder, have the clamping device that weldment is treated in clamping; Connection is connected in the first travel mechanism, described the first travel mechanism with wire clip fixture; The high frequency induction welding connection device comprises the weldering knife assembly 4 for the treatment of weldment for welding, and high frequency transformer 5 and high frequency electric source generator that high-frequency induction magnetic field is provided for weldering knife assembly 4; The second travel mechanism, described the second travel mechanism be connected knife assembly 4 and connect; Described the first travel mechanism drives wire clip fixture 6 and descends and make and treat that weldment has one and is exposed to weldering knife assembly 4, so that the position of its clamping, and the position that exceeds the housing work top after rising, so that microscopic magnifying apparatus is made a video recording; Described the second travel mechanism drives weldering knife assembly 4, makes it have the position that a clamping contact is treated weldment.
Tin soldering machine described in the utility model, the first travel mechanism drives and exceeds chassis shell body running table top after wire clip fixture 6 rises, with the convenient artificial workpiece to be welded that inserts.After workpiece to be welded inserts, start play button when meeting welding standard, drive wire clip fixture and move to the welding position, the second travel mechanism drives weldering knife assembly 4 and welds.
The direction of motion of the first travel mechanism described in the utility model, the second travel mechanism for example can be that work top or retraction housing stretch out for moving horizontally in the first travel mechanism, thereby the second travel mechanism is vertical lift to move and weld.The preferred structure of the utility model is as follows: described the first travel mechanism is vertical lifting mechanism, comprises lift cylinder 22, and the axle head of exerting oneself that described wire clip fixture 6 is connected with lift cylinder connects; Described the second travel mechanism is in opposite directions travel mechanism of horizontal synchronization, comprises gas pawl cylinder (view does not provide), and described weldering knife assembly 4 is two, connects respectively two gas pawls of gas pawl cylinder; Described lift cylinder 22 drives wire clip fixture 6 declines makes it have positions that are positioned at two weldering knife assembly 4 centers.
With reference to figure 1,2,3, concrete structure can be as follows: described mechanical assembly chamber 2 is interior to have fixedly mounted mechanical assembly, and it has a main floor that be arranged in parallel 21 and parabasal plate 23, vertically is provided with a gas pawl cylinder supports plate 47 between the two.Arranged on left and right sides is fixed with respectively a left sliding gripper shoe 43 and a right sliding gripper shoe (view does not provide) on the main floor 21, and described two weldering knife assemblies 4 are slidingly matched with left sliding gripper shoe 43, right sliding gripper shoe respectively.
The structure of the utility model wire clip fixture both sides is identical, therefore carry out detailed explanation in this structure to its left side.With reference to figure 3, the left of main floor 21 is provided be used to the support board slot 211 that left sliding gripper shoe 43 is installed, and certainly, for the ease of processing, this supports board slot 211 and can be connected together with the support board slot on its right side.Weldering knife assembly 4 comprises the broach shell seat 42 that is slidingly matched with left sliding gripper shoe 43, and is connected to the weldering cutter 41 on the broach shell seat 42.Like this, the second travel mechanism for example gas pawl cylinder just can drive the weldering knife assembly 4 move along left sliding gripper shoe.With reference to figure 4, described broach shell seat 42 comprises operator block set 422, also comprise for the secondary broach shell seat 424 that connects weldering cutter 41, described secondary broach shell seat 424 and operator block set 422 be arranged in parallel, and connect with the step-like protruding elasticity in block set 422 ends of being connected, for example can link together by two springs 423.Operator block set 422 can be slidingly matched by the guide rail 44 that arranges on a guide-track groove 421 and the left sliding gripper shoe 43; This guide tracked fit structure belongs to existing technology, no longer describes in detail at this.Described gas pawl cylinder can be located at the below of main floor 21, for example can be arranged on the gas pawl cylinder supports plate 47.And can link together by the end of gas pawl cylinder-driven bar 45 and operator block set 422.For simplified structure and be convenient to gas pawl cylinder and drive operator block set 422 by pawl cylinder drive link and move horizontally, described gas pawl cylinder-driven bar 45 is L-shaped, the gas pawl of the gentle pawl cylinder of its horizontal ends is fixed together, its vertical end and operator block set 422 are solidly installed, and the position of described main floor 21 correspondences also is provided with the notch 210 that air feed pawl cylinder-driven bar 45 vertical end can move horizontally.
Wire clip fixture of the present utility model can adopt structure known in the art, the preferred structure of the utility model is with reference to figure 6: described wire clip fixture 6 comprises heart yearn clamping part and terminal clamping part, described heart yearn clamping part comprises heart yearn clamping part body 61, the two ends of described heart yearn clamping part body 61 tops are respectively equipped with a step-like projection 610, and described protruding 610 middle parts are provided with cable clamping interface 6101; Described clamping part body 61 also is provided with heart yearn tension disk 6103, and described terminal clamping part comprises terminal clamping part body 62, is provided with the groove 621 that is used for the engaging terminal with cable clamping interface 6101 correspondences in the described terminal clamping part body 62.Wire clip fixture of the present utility model is stuck in bonder terminal in the groove 621 of terminal clamping part body when in use, and heart yearn passes cable clamping interface 6101 and heart yearn is snapped on the heart yearn tension disk 6103 its clamping.
Tin soldering machine of the present utility model, heart yearn, bonder terminal that lift cylinder 22 drives on the wire clip fixture 6 descend, after arriving correspondence position, two gas pawls of gas pawl cylinder drive weldering knife assembly 4 by gas pawl cylinder-driven bar 45 and do the clamping action, make the solder joint for the treatment of of weldering cutter 41 compressing heart yearns and bonder terminal, since operator block set 422 be connected the elasticity of broach shell seat 424 and connect so that weldering cutter 41 is when solder joint is treated in compressing, spring 423 is crushed out of shape.At this moment, high frequency generating apparatus provides the high-frequency induction electromagnetic field for the weldering cutter, so that melts soldering tin is welded.Because scolding tin has certain thickness, in melts soldering tin, under the elastic-restoring force of spring 423, the weldering cutter 41 on the secondary broach shell seat 424 further compresses treats solder joint, so that the quality of welding improves greatly.
The utility model wire clip fixture 6, preferably making it is that lift cylinder 22 connects with being connected travel mechanism removably.Like this, when welding the connector of different size, only need to change corresponding wire clip fixture 6 and get final product, easy to use, swift to operate.
The technical scheme that the utility model is more preferably is, also is provided with on the described cabinet housing for will treating that the weldment solder side takes in the camera head 3 of micro-amplification, and is used for the display unit 10 that displays it.With reference to figure 1, shown in Figure 5, camera head 3 will treat that the image of solder joint is sent in the display unit 10 by processor 11, by its further amplification, can clearly see the good and bad situation of the artificial winding displacement of surface to be welded, whether reach welding standard in order to pass judgment on, also can observe intuitively the welding effect of welded workpiece, be convenient in time pinpoint the problems, thus the qualification rate of raising finished product.
Tin soldering machine described in the utility model can be provided with the instrument of the display device duties such as counter, cumulative timer, input current table, output current table, also can adopt touch screen human-computer interface.Display setting device is set, comprises the setting of welding parameters, as: bonding power is set; Heating is set weld interval; Time work period is set.Described welder comprises high frequency magnet exciting coil and U-iron ferrite core, magnet exciting coil is above the U-iron ferrite core, and be evenly distributed in the two ends of FERRITE CORE, reverse sliding-type blade shape plumb joint is close on the plane at two ends, it is weldering cutter described in the utility model, the electric current of high frequency magnet exciting coil is supplied with by high-frequency current generator.
High-frequency induction scolding tin machine described in the utility model, it also comprises the cabinet housing, and be arranged on the mechanical assembly, high frequency electric source generating means of cabinet enclosure interior and the control module that is used for controlling mechanical assembly, high frequency induction welding connection device, pneumatic system and be arranged on the display setting system of chassis shell external body.
First: mechanical assembly
(being the rising stop place of lift cylinder) by electron micrograph spare, carries out micro-amplification to the surface to be welded that is placed in the workpiece to be welded on the wire clip fixture at the first station place, and the operative employee carries out the judge that could weld to being presented at the surface to be welded on the screen.
To meeting the workpiece of welding condition, by the ferrite weldering cutter that is close on two end faces of " U " shape magnetic core and can slides to the center, the surface to be welded for the treatment of welder's part carries out clamping the second station place (being the lower dead center place of lift cylinder); Restart high-frequency welding.
The machinery assembly comprises wire clip fixture, and described wire clip fixture has the clamping device that weldment is treated in clamping; The first travel mechanism, described the first travel mechanism is connected with wire clip fixture; The second travel mechanism, described the second travel mechanism be connected knife assembly and connect; Described the first travel mechanism driving wire clip fixture moves and makes treats that weldment has a position that is exposed to the weldering knife assembly, and one is stretched out the outer position of housing; Described the second travel mechanism driving weldering knife assembly moves and makes it have the position that weldment is treated in a contact.
Second portion: the effect of high frequency induction welding connection device
The high frequency induction welding connection device comprises the weldering knife assembly for the treatment of weldment for welding, and the high-frequency induction generating means that high frequency induction power supply is provided for the weldering knife assembly;
According to the enabling signal that mechanical assembly sends at ad-hoc location, punctual output high frequency electric; The time of output high frequency electric, to set and control by time control components, the size of output high frequency electric is set and is controlled by power component.
Third part: the effect of master board
Corresponding instruction is sent in various mechanical movements to mechanical assembly, for corresponding components and parts provide working power, gathers corresponding signal, parameter for showing and setting.
The 4th part: the effect of pneumatic system
By the compressed air source of certain pressure and relevant pneumatic element, such as magnetic valve, cylinder etc., press instruction repertorie, send directed power, and pass to mechanical component, make mechanical assembly finish various motions.
The 5th part: the effect of demonstration and initialization system
Applying electronic micrograph spare the picture that absorbs from welding job face, amplifies and shows the convenient solderability of passing judgment on intuitively workpiece to be welded by LCDs.
Use corresponding device or the man-machine visual interface of touch-screen, with weld on input current, output current, the same day weld quantity, heating weld interval, time work period, the machine accumulative total total quantity, the machine accumulative total work total time, etc. associated welds technological parameter and produce statistics and show.
The setting of associated welds technological parameter is carried out by corresponding electronic devices and components, such as the size of power output, and the length of weld heating time, the length of cool time.Safeguard protection comprises overcurrent, overvoltage, overheated etc.
The 6th part: the effect of cabinet housing
By rational layout, above-mentioned five parts, be installed in the same cabinet housing, be distributed in five different zones, interact, condition each other, heat generating components also is equipped with air cooling forced circulation system and natural circulation cooling measure; Make things convenient for the castor of equipment moving; The bottom also arranges the convenient Tool Cabinet of placing rapid wear attrition component and common tool.
The utility model is by preferred embodiment having carried out detailed explanation.Yet, by to the studying carefully of preamble, to the variation of each embodiment with to increase also be that one of ordinary skill in the art institute is apparent.The applicant is intended that all these variations and increases the part that has comprised in the scope that drops on the utility model claim of the present utility model.
Similar numbering refers to similar components and parts in the whole text.For the purpose of clear, the situation that some line, layer, element, parts or feature are amplified may be arranged in the accompanying drawings.
Term used herein is only for to be illustrated specific embodiment, and it is not to be intended to the utility model is limited.Unless otherwise defined, all terms used herein (comprising technical term and scientific terminology) are all identical with the utility model one of ordinary skill in the art's understanding.
Claims (9)
1. high-frequency induction scolding tin machine, it is characterized in that, the cabinet housing, and the mechanical assembly that is positioned at the cabinet housing, the high frequency induction welding connection device, and for controlling mechanical assembly, the control module of high frequency induction welding connection device, and the display setting system that is used for setting running parameter that is arranged on the chassis shell external body, described high frequency induction welding connection device comprises be used to the weldering knife assembly that welds weldment to be welded, and the high frequency generating apparatus that high-frequency induction is provided for the weldering knife assembly, described mechanical assembly comprises
Wire clip fixture, described wire clip fixture has the clamping device that weldment is treated in clamping;
The first travel mechanism, described the first travel mechanism is connected with wire clip fixture;
The second travel mechanism, described the second travel mechanism be connected knife assembly and connect;
Described the first travel mechanism driving wire clip fixture moves and makes treats that weldment has a position that is exposed to the weldering knife assembly, and one is stretched out the external position of chassis shell;
Described the second travel mechanism driving weldering knife assembly moves and makes it have the position that weldment is treated in a contact.
2. high-frequency induction scolding tin machine according to claim 1, it is characterized in that: described the first travel mechanism is vertical movement mechanism, comprises lift cylinder, described wire clip fixture is connected the axle head of exerting oneself and is connected with lift cylinder; Described the second travel mechanism is horizontal mobile mechanism, comprises gas pawl cylinder, and described weldering knife assembly is two, connects respectively two gas pawls of gas pawl cylinder; Described lift cylinder drives wire clip fixture decline makes it have positions that are positioned at two weldering knife assembly centers.
3. high-frequency induction scolding tin machine according to claim 2, it is characterized in that: be fixed with a main floor in the described cabinet housing, left and right two ends are fixed with respectively a left sliding gripper shoe, right sliding gripper shoe on the main floor, and described two weldering knife assemblies are slidingly matched with left sliding gripper shoe, right sliding gripper shoe respectively.
4. high-frequency induction scolding tin machine according to claim 3 is characterized in that: described two weldering knife assemblies comprise respectively the broach shell seat that is slidingly matched with left and right sliding gripper shoe, and are connected to the weldering cutter on the broach shell seat.
5. high-frequency induction scolding tin machine according to claim 4, it is characterized in that: described broach shell seat comprises the operator block set, also comprise for the secondary broach shell seat that connects the weldering cutter, described secondary broach shell seat and operator block set be arranged in parallel, and connect with the step-like protruding elasticity in the block set end of being connected.
6. high-frequency induction scolding tin machine according to claim 5 is characterized in that: described operator block set is slidingly matched by the guide rail that arranges on a guide-track groove and left sliding gripper shoe, the right sliding gripper shoe; Described gas pawl cylinder is located at the below of main floor, and connects by the end of gas pawl cylinder-driven bar and the block set of being connected.
7. high-frequency induction scolding tin machine according to claim 6, it is characterized in that: described wire clip fixture comprises heart yearn clamping part and terminal clamping part, described heart yearn clamping part comprises heart yearn clamping part body, the two ends of described heart yearn clamping part body top are respectively equipped with a step-like projection, and described raised central portion is provided with cable clamping interface; Described terminal clamping part comprises terminal clamping part body, and described terminal clamping part body middle part is provided with the groove that be used for engaging terminal corresponding with cable clamping interface.
8. high-frequency induction scolding tin machine according to claim 7 is characterized in that: described wire clip fixture removably be connected travel mechanism and connect.
9. high-frequency induction scolding tin machine according to claim 1 is characterized in that: also be provided with on the described housing for will treating that the weldment solder side carries out the camera head of micro-amplification, and be used for the display unit that displays it.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 201220344070 CN202639572U (en) | 2012-07-16 | 2012-07-16 | High frequency induction soldering machine |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 201220344070 CN202639572U (en) | 2012-07-16 | 2012-07-16 | High frequency induction soldering machine |
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| CN202639572U true CN202639572U (en) | 2013-01-02 |
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| CN 201220344070 Expired - Fee Related CN202639572U (en) | 2012-07-16 | 2012-07-16 | High frequency induction soldering machine |
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Cited By (6)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN102744480A (en) * | 2012-07-16 | 2012-10-24 | 陈建初 | High-frequency sensing tin soldering machine and welding method |
| CN103231140A (en) * | 2013-05-08 | 2013-08-07 | 常州市宝顿电子机械有限公司 | Induction brazing electrode and device |
| CN103240554A (en) * | 2013-04-09 | 2013-08-14 | 陈建初 | High-speed high-frequency sensing bench floating machine |
| CN107538122A (en) * | 2017-10-23 | 2018-01-05 | 苏州英诺达自动化科技有限公司 | A kind of High-frequency welding knife device |
| CN111922475A (en) * | 2020-08-14 | 2020-11-13 | 中国电子科技集团公司第十四研究所 | Induction brazing device capable of being adjusted quickly |
| CN118616985A (en) * | 2024-08-07 | 2024-09-10 | 江苏湖西能源科技有限公司 | Processing device and processing method for battery shell |
-
2012
- 2012-07-16 CN CN 201220344070 patent/CN202639572U/en not_active Expired - Fee Related
Cited By (8)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN102744480A (en) * | 2012-07-16 | 2012-10-24 | 陈建初 | High-frequency sensing tin soldering machine and welding method |
| CN103240554A (en) * | 2013-04-09 | 2013-08-14 | 陈建初 | High-speed high-frequency sensing bench floating machine |
| CN103240554B (en) * | 2013-04-09 | 2015-09-02 | 陈建初 | A kind of desk-top tin soldering machine of high-speed high frequency induction |
| CN103231140A (en) * | 2013-05-08 | 2013-08-07 | 常州市宝顿电子机械有限公司 | Induction brazing electrode and device |
| CN103231140B (en) * | 2013-05-08 | 2015-02-04 | 常州市宝顿电子机械有限公司 | Induction brazing electrode and device |
| CN107538122A (en) * | 2017-10-23 | 2018-01-05 | 苏州英诺达自动化科技有限公司 | A kind of High-frequency welding knife device |
| CN111922475A (en) * | 2020-08-14 | 2020-11-13 | 中国电子科技集团公司第十四研究所 | Induction brazing device capable of being adjusted quickly |
| CN118616985A (en) * | 2024-08-07 | 2024-09-10 | 江苏湖西能源科技有限公司 | Processing device and processing method for battery shell |
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Granted publication date: 20130102 Termination date: 20130716 |